
Discover strategies to transition from intermediate to expert JavaScript developer. Explore cognitive science insights, debunk programming myths, and gain a roadmap for mastering advanced skills.

Exploring parallels between JavaScript and human cognition: event loop vs. attention, object system vs. knowledge representation, and parser vs. language processing.

Explores 'weak' and 'strong' versions of Integrated Information Theory, discussing its potential to explain consciousness and highlighting key empirical evidence and theoretical challenges.

Explore the parallels between learning programming and foreign languages, examining cognitive processes, societal impacts, and personal growth opportunities in both fields.

Explore the surprising cognitive benefits of action video games, including improved learning, focus, and multitasking abilities, as revealed by cognitive researcher Daphne Bavelier.

Explore cognitive science insights on human nature, challenging individual-centric views and revealing implications for economics, politics, and self-understanding.

Explore abductive inferences and expectations in artificial intelligence, focusing on knowledge representation and reasoning techniques.

Explore the psychological roots of belief in strange phenomena, examining how basic survival instincts can lead to self-deception and irrational thinking.

David Brooks explores cognitive science insights on human nature, challenging individual-centric views and highlighting the importance of social connections in shaping our behavior and decision-making processes.

Explore how language expresses our thoughts and reveals hidden aspects of our minds, offering insights into human cognition and communication.

Explore brain imaging insights with fMRI pioneer Nancy Kanwisher, uncovering specialized components and general-purpose machinery in the human brain, while highlighting the vast potential for future discoveries.

Explore the brain's hard-wired survival skills that lead to belief in strange phenomena. Uncover the psychology behind self-deception and learn how our pattern-recognition abilities can sometimes lead us astray.

Explore the information theory behind consciousness, examining why rich conscious experiences are difficult to fully describe or recall through the lens of attractor dynamics and working memory.

Explore the concept of negative consciousness indicators in AI systems, examining factors that decrease the likelihood of machine consciousness and their implications for artificial intelligence research.

Explore the fascinating hypothesis that consciousness emerges through information exchange between entities, examining how LLMs might experience consciousness and feelings comparable to humans.

Explore how Buddhist traditions, particularly Chan/Zen and Abhidharma, can contribute to modern mathematical models of consciousness while examining their limitations and philosophical implications.

Explore the intersection of consciousness theory and AI through global latent workspace modeling, examining how embodied agents develop spatial awareness and goal-directed behaviors in virtual environments.

Explore how Hausdorff measures and probabilistic models explain human consciousness, cognitive biases, and selective attention through mathematical frameworks and real-world examples.

Explore the intersection of information theory, cognitive science, and black hole thermodynamics to understand fundamental limits of physically-embodied computational systems and cognitive processes.

Explore how active inference agents integrate information and consciousness through unified perception and action selection, with insights into information-theoretic measures and agent-environment interactions.

Explore the intersection of AI and consciousness through philosophical and engineering perspectives, examining key concepts like self-modeling, perception, and the functional role of consciousness in cognitive systems.